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Standardization of spore load for AMF inoculation and its effect or rice root colonization and root system architecture in vitro

机译:AMF接种的孢子荷载标准化及其效果或稻瘟病和根系结构体外

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Arbuscular Mycorrhizal Fungi (AMF) can form symbiotic relationship with rice, preferably in the modern rice production systems such as System of Rice Intensification (SRI), aerobic and upland conditions. Their association with rice roots under in vitro conditions was investigated in this study. A suspension containing one lakh (1,00,000) spores of Rhizophagus irregularis was employed to standardize optimum AMF spore load/seedling and evaluate its effect on Root System Architecture (RSA). The resultsindicated that different spore loads of AMF inoculated with rice seedlings, under in vitro conditions, modified most of the traits of RSA of rice at early stages significantly better than the uninoculated Control. The in vitro study clearly showed that the seedlings of rice with AMF inoculated with a dose of 14 pi/ seedling (31 spores/ seedling) recorded maximum root colonization of 100 per cent by AMF in rice.
机译:丛枝菌根真菌(AMF)可以与米饭形成共生关系,最好是在现代水稻生产系统中,如水稻强化(SRI),有氧和高地条件。 在本研究中研究了在体外病症下与体外条件下的稻根的关系。 使用含有一个LakH(1,00,000)孢子的悬浮液,用于标准化最佳AMF孢子载/幼苗,并评估其对根系结构(RSA)的影响。 该结果占据了不同孢子荷荷米接种水稻幼苗,在体外情况下,在早期阶段修饰了大部分RSA的性状,明显优于未诱导的控制。 体外研究清楚地表明,用14个pi /幼苗(31个孢子/幼苗)接种的水稻的幼苗在水稻中记录了100%的最大根定子。

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